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Hand Motion Recognition
Blaho, Juraj ; Beran, Vítězslav (referee) ; Hradiš, Michal (advisor)
The aim of this work is to design and implement a novel computer interface based on detection and tracking of a hand in an image from a single camera. The created interface doesn't require any special hardware and it is possible to use it on a common computer with standard web-camera. The implemented interface was used to create an application, which is able to synthesize keyboard and mouse input events and this way it is able to control existing programs without the need to change their source code. Another contribution of this work is a novel method of automatic data acquisition for training of hand detectors. By using this method it is possible to collect thousands of training examples in a few hours.
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Network Flow Classification Using Look-Up Processor
Blaho, Juraj ; Martínek, Tomáš (referee) ; Kořenek, Jan (advisor)
This work is about the design and the implementation of the software that is intended to configure the look-up processor used for an IPv4 and IPv6 packet classification. This work describes the algorithms used for the transformation of a user defined ruleset into the hardware configuration. The main goal is to set up the hardware acclerated filter called NIFIC which is based on a personal computer and the powerful acceleration card COMBO6. Performed tests show that it is possible to filter multi-gigabit network flows by using this developed software.
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Network Flow Classification Using Look-Up Processor
Blaho, Juraj ; Martínek, Tomáš (referee) ; Kořenek, Jan (advisor)
This work is about the design and the implementation of the software that is intended to configure the look-up processor used for an IPv4 and IPv6 packet classification. This work describes the algorithms used for the transformation of a user defined ruleset into the hardware configuration. The main goal is to set up the hardware acclerated filter called NIFIC which is based on a personal computer and the powerful acceleration card COMBO6. Performed tests show that it is possible to filter multi-gigabit network flows by using this developed software.
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Hand Motion Recognition
Blaho, Juraj ; Beran, Vítězslav (referee) ; Hradiš, Michal (advisor)
The aim of this work is to design and implement a novel computer interface based on detection and tracking of a hand in an image from a single camera. The created interface doesn't require any special hardware and it is possible to use it on a common computer with standard web-camera. The implemented interface was used to create an application, which is able to synthesize keyboard and mouse input events and this way it is able to control existing programs without the need to change their source code. Another contribution of this work is a novel method of automatic data acquisition for training of hand detectors. By using this method it is possible to collect thousands of training examples in a few hours.
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